Nikkiso’s premier dialysis system in the US, the DBB-06 delivers an enhanced ability to consistently improve both patient outcomes and clinical efficiency. The DBB-06 provides exceptional effectiveness, efficiency and reliability at an affordable life cycle cost. It includes a full range of features such as UF and conductivity profiling, ultrapure dialysate, and patient blood pressure monitoring, and it’s extremely quiet. Moreover, there are many additional features of the DBB-06 that truly make it stand out.
Contributes to Improved Patient Outcomes:
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The DBB-06 offers a Blood Volume Monitor that does not require additional disposables or —-added cost per treatment.
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The BVM aids in fluid removal, lowering complications during the session as well as long-term by helping to correct patient dry weight targets.
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The unique adaptive feedback feature of the BVM allows for automatic changes of fluid removal to achieve desired outcomes.
User-Friendly Features that Increase Clinical Efficiency:
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A self-prompting touchscreen interface allows easy data entry.
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The storage and easy recall of up to 16 patient prescriptions saves time setting up treatment.
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It has automated features to disinfect, prime the blood lines and decalcify without extra steps —-that require technician time, such as:
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Programmable automatic wake-up for disinfection or rinse.
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Auto prime of blood line and dialyzers.
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Heat Citric, which combines the daily decalcification with the disinfection processinto one easy step.
Enhanced Cost-Effectiveness:
The DBB-06 is easy to maintain.
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It only takes seconds to access internal components.
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The technician screen provides information on hydraulic functions and saves historic events.
Features such as a heat exchanger and standby mode for dialysate flow make the -DBB-06 resource-efficient.
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Reduction of dialysate flow during standby periods minimizes waste water or concentrates while waiting for your next patient.
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Its lower dialysis solution flow rate lowers power consumption.
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A heat exchanger preheats incoming water to increase energy efficiency.